Part Number: DAC3482 Tool/software: To enter components into our PLM system, they must have ECCN code with a justification of why that code is the appropriate one.
Does this exist for this part (DAC3482)?
Thanks!
Part Number: DAC3482 Other Parts Discussed in Thread: CDCE62005 Tool/software: I am evaluating the DAC3482 for a new product design. Currently I am using the DAC3482-EVM board, and the FMC adaptor board. I am driving the SPI using the supplied TI software…
Part Number: DAC3482 Hi
Can I supply 250Mhz clock for DATACLK and DACCLK with 500Mhz data rate and achive 1.25Gsps output sample rate ?
if possible, how should I configre the device ?
Thank you
Part Number: DAC3482 Other Parts Discussed in Thread: TRF3705 , Hi TI Experts,
I am experiencing a noise floor issue with DAC3482 + TRF3705 . This combination works fine at most frequencies, but the noise floor was pretty high near 2313.5MHz .
On baseband…
Part Number: DAC3482 Hi, 1. What is the maximum frequency that I can generate with the NCO? 2. On the data sheet there is an equation how to calculate the frequency of the NCO, How do I determine the NCO_CLK in the equation? 3. Does the maximum frequency…
Part Number: DAC3482 Hello, My customer would like a frequency hop by changing NCO frequency. But, to change NCO frequency, need to write two registers, config20 and config21. But, both config20 and config21 can not be programed simultaneously, so the…
Part Number: DAC3482 Other Parts Discussed in Thread: , LMK04808 Dear Team,
Can you please help with the customers questions below
What will be the right TSW platform to demo the DAC3482EVM ?
Customer wanted to highlight multiple mistakes found on the…
Part Number: DAC3482 Hello, Q1: How much is the maximum SCLK frequency spec? Q2: After NCO frequency is written in the register via SPI, how much time does it take for the NCO to change its frequency to the written frequency from the previous frequency…
Part Number: DAC3482 Hello, My customer would like to use DAC3482 at the following conditions. - Baseband I/Q input data rate = 5.12MSPS - X16 interpolation - fDAC = 5.12MSPS x 16 =81.92MSPS However, looking at Figure 37 to 45 of the datasheet, no plot…